?

Irrigation system 3D Models

Find the best Irrigation system 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

You May Also Like :
watermillhydroponic-gardenirrigationrunoff
A highly detailed 3D render of a smart irrigation system project model displayed on a wooden base platform with artificial grass. The setup includes a healthy green plant in a pot with a soil moisture sensor inserted into the soil, connected to an ESP32 microcontroller board. A relay module, LCD display (showing soil moisture percentage and pump status), and neatly organized wiring are visible. A transparent water tank filled with water is placed on one side, connected via pipes to a small DC water pump controlled by the relay. Water flow tubing is clearly shown going to the plant pot. A modern smartphone is placed on a stand displaying a clean web dashboard UI with soil moisture data, pump ON/OFF buttons, and system status. All components are labeled with clean professional tags (ESP32, Soil Sensor, Relay Module, Pump, LCD, Power Supply). Soft studio lighting, realistic shadows, depth of field, photorealistic textures, ultra HD, 4K render, isometric view, clean background, engineering project showcase sty
Anonymous1760768289
Anonymous1773807230
Create a 3D model with simple animation behavior of a solar-powered Arduino-based smart irrigation system in a compact single-unit design with a separate PIR sensor tower. The system should demonstrate functional logic and movement. When the scheduled watering time is reached, the water pump activates and water flows through the pipe from the irrigation canal. If rain is detected by the rain sensor, the system cancels watering and the pump remains off. If the soil moisture level is below 40 percent, the system activates watering regardless of schedule. If the soil moisture is above 40 percent, the system does not water. When the PIR motion sensor detects a bird or movement, the system triggers an alarm by activating a buzzer and LED light on the main unit. Show clear visual feedback: water flow animation when pump is ON, no flow when OFF, LED lighting up during alerts, and a clean LCD display indicating system status such as “Watering”, “Soil OK”, “Rain Detected”, and “Motion Detected”. Keep the design cl
Anonymous1773825071
A prototype model of Smart Irrigation Systems for Sustainable Water Conservation in Agriculture - To design and develop a cost-effective smart irrigation system using soil moisture and environmental sensors with a microcontroller to optimize water use based on real-time field conditions.
Anonymous1774131888
Anonymous1771606840
Anonymous1774087413
Anonymous1774022573
Anonymous1773943800
Anonymous1773941604
Create a 3d model of Solar powered watering system and anti-bird detection for agricultural crop system
Anonymous1773825071
Highly detailed 3D mo“A clean and structured 3D model of a hilly terrain with terraced step farming. The hill has 4–5 clearly defined step levels (contour farming). At the very top level, include a square rainwater harvesting pond integrated into the land (not separate), lined with a black waterproof sheet (HDPE geomembrane). Place a small motor pump directly next to the pond. From the pond, a main water pipe should run downward and branch into drip irrigation pipes across each terrace level. Each step must clearly show drip lines running horizontally along the crops, with small plants arranged in rows. The water flow should visually connect from the top pond to all lower steps. The design should be neat, symmetrical, and engineering-style, not random or cluttered. Use a semi-realistic style with clear visibility of pipes, terraces, and water distribution system. Isometric view.”del of a smart irrigation system for hilly terrain with terraced farming. Include multiple stepped layers of soil with crops, a rain
Anonymous1773751055
项目目标：现代高科技鱼菜共生大棚内部，电影般的灯光，超写实主义。前景是巨大的透明圆形鱼缸，里面装满清水，罗非鱼正在游动。背景是多层垂直水培系统，种满了茂盛的绿色生菜和草药。可见智能灌溉管道、发出柔和光芒的 LED 生长灯以及数字监控屏幕。阳光透过玻璃屋顶射入，灰尘在光线中飞舞，8k 分辨率，建筑摄影风格，干净且极具未来感。 创建一个现代化农业温室大棚场景，内部同时包含“蔬菜种植区”和“养鱼区”，整体风格偏现代、整洁、科技农业展示风。 整体要求： - 使用真实世界尺度，单位为米 - 输出为 Blender 可直接运行的完整 bpy 脚本 - 不要伪代码，不要只讲思路 - 所有对象命名清晰规范 - 尽量按功能分组到不同 Collection - 模型结构清晰，便于后续继续细化 - 不依赖第三方插件 - 优先使用 bpy 建模，必要时使用 modifier，但要保证稳定 场景内容要求： 一、主体建筑（大棚本体） - 创建一个现代连栋温室/单体大棚，长 24 米、宽 10 米、高 5 米 - 结构包含： - 金属骨架 - 半透明棚顶和侧面围护 - 入口门 - 基础地面 - 风格要求现代农业设施感，结构简洁规整 二、蔬菜种植区 - 在大棚内部布置蔬菜种植区，占整体面积约 60% - 种植形式为现代农业风格，可采用： - 水培种植架 / 栽培槽 / 整齐种植床 - 至少布置 4~6 排种植单元 - 每排种植单元上有规律排列的蔬菜 - 蔬菜可简化表现为： - 生菜、青菜或叶菜类的低中模植物簇 - 植株大小和间距要合理，视觉上整齐、有生产感 三、养鱼区 - 在大棚内部布置一个养鱼系统，占整体面积约 20%~30% - 养鱼区包含： - 2~4 个圆形或方形鱼池 - 鱼池支撑/池壁结构 - 水体表现 - 若干简化鱼模型 - 鱼池布局整齐，符合现代循环农业或鱼菜共生展示逻辑 四、配套设备 请加入与现代农业大棚相关的基础设备，至少包括： - 水泵/循环水设备 - 管道系统 - 储水桶或过滤桶 - 控制箱 - 风机或通风设备 - 补光灯（顶部或种植架上方） - 传感器/监测设备（可简化） - 走道区域 - 若干电缆桥架或管线组织 五、空间布局 - 大棚内部要有清晰功能分区： - 种植区 - 养鱼区 - 设备区 - 检修/通行走道 - 保证人可以在走道中通行，布局不能过
Anonymous1771688485
crear un sistema abase de una motobomba hidraulica para purificar agau que sea de facil manejo
Anonymous1771359871
Anonymous1762337915
small rural water treatment center with buildings and tanks with grass and trees in ground pools
Anonymous1773542190
Anonymous1773503495
Anonymous1773486346
Anonymous1757265314
Enter invite code to get credits!